LogiVAP® provides industrial companies with engineering and technical support services to efficiently manage utilities such as energy, steam, combustion, air and water, in addition to data monitoring and analysis.
Our multifaceted expertise has naturally led us to focus on energy efficiency, making it our primary purpose to this day.
About Logivap®
When visiting your plant and mechanical rooms such as the boiler house, we assess your equipment performance in order to propose solutions that help you achieve operational and energy cost savings while reducing your greenhouse gas (GHG) emissions.
LogiVAP® provides data acquisition, measurement, analysis and interpretation services to establish an accurate diagnosis of your plant’s energy efficiency. In addition, LogiVAP® can monitor energy efficiency while carrying out your projects.
LogiVAP® specializes in the design of utility systems such as fuel delivery networks, steam boiler rooms, pressurized hot water systems and any other type of energy transfer system. During the detail engineering stage, LogiVAP® designs all systems using 3D modelling and guides you through your project from start to finish.
Our team has the expertise it takes to help upgrade or renew your obsolete, ageing or non-compliant equipment. We make it our duty to guide you through the control equipment renewal process and inform the design of your fuel delivery systems.
Leveraging its experience with boiler room implementation, the LogiVAP® team developed the BoilerintheBOX® concept to meet market needs. This standalone modular boiler room system is designed to minimize plant shutdowns and on-site interventions.
Check out this interactive graphic to see how LogiVAP® can take action at your plant and facilitate your energy transition!
A heat pump can be used to recover the heat released from cooling system compressors. Although low in temperature, this waste heat can be warmed using a heat pump that is far more efficient than a steam boiler.
Not only does this type of project cut process energy use by half or more, but it also contributes to reducing the plant’s carbon emissions.
Read moreIn cases where one process requires cooling and another requires heat, we can implement a heat exchanger to ensure the transfer of heat and reduce energy consumption.
Read moreBy reducing water losses and optimizing water consumption in a process or boiler, a plant can decrease its use of water and chemicals required to treat it.
Read moreA non-condensing economizer recovers sensible heat from smoke to preheat feed water in the boiler. This can deliver fuel savings of 4% to 8%, depending on the type of fuel used.
The percentage of fuel savings for each measure is for reference purposes only. Actual values may vary based on the conditions in which the steam boiler is operated and the cross effect between energy efficiency measures.
Read moreWith condensate recovery and water purge reduction, the boiler requires less fresh water and thermal energy for preheating.
Read moreA blowdown heat recovery unit (BHRU) can be set up to recover energy when purging the boiler to preheat make-up water. Reducing the number of purges and recovering heat can deliver fuel savings of 1% to 2%.
The percentage of fuel savings for each measure is for reference purposes only. Actual values may vary based on the conditions in which the steam boiler is operated and the cross effect between energy efficiency measures.
Read moreA condensing economizer recovers latent heat from combustion smoke. The available heat reaches 65 °C, which is ideal for uses such as heating the plant’s wash water. This can deliver fuel savings of 1% to 3%, depending on the type of fuel used and the way heat is repurposed.
The percentage of fuel savings for each measure is for reference purposes only. Actual values may vary based on the conditions in which the steam boiler is operated and the cross effect between energy efficiency measures.
Read moreWhen a plant uses several boilers to meet its steam requirements, it can improve overall boiler room efficiency by using a sequence controller. The Plant Master controller helps achieve fuel savings of 1% to 2%.
The percentage of fuel savings for each measure is for reference purposes only. Actual values may vary based on the conditions in which the steam boiler is operated and the cross effect between energy efficiency measures.
Read moreA micro-modulation system optimizes the burner’s operating range by limiting the number of times the boiler starts up and shuts down, in addition to ensuring its safe operation. This technology can deliver fuel savings of 0.5% to 3%.
The percentage of fuel savings for each measure is for reference purposes only. Actual values may vary based on the conditions in which the steam boiler is operated and the cross effect between energy efficiency measures.
Read moreBoilerintheBOX® is a turnkey project solution. We take care of everything, from equipment selection and manufacturing to connections—including the prefabricated building, boiler, devices, water, gas and steam. LogiVAP® will install your BoilerintheBOX® system at an appropriate distance from your existing boiler room, changing your monitoring class as needed.
Read moreWe will visit and examine your facilities in order to collect all the information required to carry out our mandate.
Using this data, we can design mechanical components such as boilers, exchangers, control valves and measuring instruments. All our work is backed by 3D drawings of your facilities.
Finally, we are present on site during implementation to ensure your plant can adequately resume production.
Read moreA heat pump can be used to recover the heat released from cooling system compressors. Although low in temperature, this waste heat can be warmed using a heat pump that is far more efficient than a steam boiler.
Not only does this type of project cut process energy use by half or more, but it also contributes to reducing the plant’s carbon emissions.
Read moreIn cases where one process requires cooling and another requires heat, we can implement a heat exchanger to ensure the transfer of heat and reduce energy consumption.
Read moreBy reducing water losses and optimizing water consumption in a process or boiler, a plant can decrease its use of water and chemicals required to treat it.
Read moreA non-condensing economizer recovers sensible heat from smoke to preheat feed water in the boiler. This can deliver fuel savings of 4% to 8%, depending on the type of fuel used.
The percentage of fuel savings for each measure is for reference purposes only. Actual values may vary based on the conditions in which the steam boiler is operated and the cross effect between energy efficiency measures.
Read moreWith condensate recovery and water purge reduction, the boiler requires less fresh water and thermal energy for preheating.
Read moreA blowdown heat recovery unit (BHRU) can be set up to recover energy when purging the boiler to preheat make-up water. Reducing the number of purges and recovering heat can deliver fuel savings of 1% to 2%.
The percentage of fuel savings for each measure is for reference purposes only. Actual values may vary based on the conditions in which the steam boiler is operated and the cross effect between energy efficiency measures.
Read moreA condensing economizer recovers latent heat from combustion smoke. The available heat reaches 65 °C, which is ideal for uses such as heating the plant’s wash water. This can deliver fuel savings of 1% to 3%, depending on the type of fuel used and the way heat is repurposed.
The percentage of fuel savings for each measure is for reference purposes only. Actual values may vary based on the conditions in which the steam boiler is operated and the cross effect between energy efficiency measures.
Read moreWhen a plant uses several boilers to meet its steam requirements, it can improve overall boiler room efficiency by using a sequence controller. The Plant Master controller helps achieve fuel savings of 1% to 2%.
The percentage of fuel savings for each measure is for reference purposes only. Actual values may vary based on the conditions in which the steam boiler is operated and the cross effect between energy efficiency measures.
Read moreA micro-modulation system optimizes the burner’s operating range by limiting the number of times the boiler starts up and shuts down, in addition to ensuring its safe operation. This technology can deliver fuel savings of 0.5% to 3%.
The percentage of fuel savings for each measure is for reference purposes only. Actual values may vary based on the conditions in which the steam boiler is operated and the cross effect between energy efficiency measures.
Read moreBoilerintheBOX® is a turnkey project solution. We take care of everything, from equipment selection and manufacturing to connections—including the prefabricated building, boiler, devices, water, gas and steam. LogiVAP® will install your BoilerintheBOX® system at an appropriate distance from your existing boiler room, changing your monitoring class as needed.
Read moreWe will visit and examine your facilities in order to collect all the information required to carry out our mandate.
Using this data, we can design mechanical components such as boilers, exchangers, control valves and measuring instruments. All our work is backed by 3D drawings of your facilities.
Finally, we are present on site during implementation to ensure your plant can adequately resume production.
Read more
Our mission is to support industries as they optimize their energy use to preserve the environment, all while reducing production costs and prioritizing reliable solutions that have zero impact on operations.
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Call on our expert team today to benefit from a range of solutions tailored to your needs and environmental goals with a view to achieving sustainable development!
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